One fabric family
The same carbon-grid fabric works across production floors and ISO Class 4-7 cleanrooms, which keeps your stock, approvals and paperwork simpler to manage from site to site.
Custom Protective Workwear Manufacturer
Request a quoteCustom protective workwear engineered for hazardous environments
Some workplaces carry more than one hazard at once. A battery plant can have chemical mist and static in the same room, and a lab can mix splash risk with strict cleanliness rules. Benjima makes protective workwear for chemical refiners, semiconductor fabs, pharmaceutical plants, battery factories, cleanroom operators and PPE distributors working in exactly those conditions.
Our range includes Type 6 splash suits, anti-static lab coats, cleanroom jumpsuits and hoods, foundry garments, cryogenic jackets, fluid-resistant gowns, aprons and boot covers. Garments conform to EN 13034 Type 6, EN 1149-5 and ISO 13982, and one merchandiser coordinates your test reports, pattern approvals and dispatch dates, so you have a single person to ask about anything.
Choosing protective clothing is easier when someone explains the limits honestly. Type 6 handles light splash and spray, not pressurised jets. We help you match each standard to the real task, so your people are protected without being overdressed for the job.
Custom protective workwear samples tested before bulk production
Most clients start with a technical pilot of 50 units on one production line. Prototypes are made within 7 to 10 business days of your brief. Your team wears them, gathers feedback on fit, heat and movement, and checks that closures work alongside your gloves and respirators in real use.
Zip and snap positions are tested on moving wearers during sampling, not just on a static mannequin. Once your safety team signs off, the same approved pattern is rolled out across the whole site, and every lot ships with barrier and anti-static test documents tied to its fabric roll and cutting batch.
Watch protective garments being cut, sealed and checked
The video follows a protective workwear order through the factory: inspecting the carbon-grid fabric, cutting, sewing with non-linting thread, sealing the seams with tape and running the final checks. Your order travels the same route, and we send photos at each stage so your quality team can follow progress without chasing anyone for an update.
Share it with your safety officer, quality manager or end client before you order. Seeing how seams are sealed and closures are built makes it easier to agree on the details that matter most on your site, whether that is cuff design for glove use, hood compatibility with respirators or cleanroom packaging for transport.
Prefer a conversation first? Send us your hazard review and we will walk through suitable fabrics, seams and garments for each area on a call.
Garments matched to your real risks, lab documents with every lot and honest advice on standards.
Documents for every lot | Each lot ships with barrier and anti-static test reports tied to its fabric roll and cutting batch, so any single garment can be traced back if questions arise later during an audit.
Pilot small, then roll out
Pilots start at 50 units and monthly capacity can exceed 35,000 pieces, so a trial on one line can grow into a full rollout without changing supplier.
Advice based on your review
Fabric choice follows your hazard review, not a generic catalogue. Our merchandisers understand barrier finishes and cleanroom rules, and any pattern change for fit or pocket position is agreed in writing before cutting begins on your order.
Protection that holds through repeated laundry cycles
A protective garment has to keep working after it has been through the laundry many times. Our fabric uses a continuous carbon filament grid woven through polyester microfibre, so static dissipation and barrier performance hold through repeated washing instead of fading early.¶Continuous filament yarns shed no particles, which keeps the cloth suitable for cleanrooms over its whole working life. Every care label gives clear wash and drying guidance, so your laundry partner keeps it performing that way for longer.
Request a quoteCleanroom suits, splash jackets and anti-static coats from recent orders for labs, fabs and chemical plants.
Protective garments for each hazard type
Certified custom protective clothing branded for technical facilities
Protective clothing works best when it is chosen from your hazard review rather than a brochure. Before ordering, settle three things: which hazards each area actually has, which seams and closures those hazards demand, and how the garments will be cleaned and packed.
Map hazards by area
List what each area really exposes people to. Light chemical splash points to EN 13034 Type 6. Static near solvents or electronics points to EN 1149-5. Dry particulates point to ISO 13982. Where several overlap, one multi-hazard garment can cover them, so workers are not layering suits.
Choose Type 6 splash suits for light chemical mist and spray exposure.
Choose anti-static coats for electronics assembly and labs.
Choose cleanroom jumpsuits and hoods for ISO Class 4-7 rooms with strict particle limits.
- Seams and closures
Openings are the weak point of any barrier garment. Ultrasonic bound or taped seams cover needle holes, double storm flaps overlap fully when the wearer bends, and elastic tunnel cuffs seal around gloves to keep fluids out.
Protective clothing fails at its seams and openings first. Check those before you check anything else.
Cleaning and packing
Garments for cleanrooms need packaging that keeps them clean in transit, so we offer vacuum-sealed or double cleanroom polybags. For chemical areas, ask how the barrier finish holds up in your laundry routine. Your sample and its test documents answer both questions before you commit to a full rollout.
Inside a protective workwear run
Barrier clothing that is too hot or stiff gets unzipped. These four points help your teams stay protected for the whole shift.
Free to move | Unisex ergonomic cuts from S to 5XL leave room to bend and reach, so closures stay overlapped and protection stays in place.
Breathable microfibre for long shifts
High-density polyester microfibre resists liquids while staying lighter and more comfortable than heavy coated fabrics, which reduces heat build-up.
Cuffs that seal
Encased elastic tunnel cuffs sit snugly around wrists and gloves, keeping fluids out without pinching during long tasks.
No sparking hardware
Non-sparking heavy-duty closures and conductive snaps avoid any ignition risk around solvents, spray booths and volatile storage areas.
One supplier across splash, static and cleanroom garments, so standards, labels and paperwork stay consistent from site to site.
Chemical processing plants, Semiconductor fabrication teams, Pharmaceutical lab staff, Battery factories, Cleanroom operators, PPE supply distributors
Five steps from your hazard review to a full site rollout. You sign off each stage before we continue.
Share your review | Send your hazard review, garment list, quantities and dates, and we reply with suitable fabrics, the standards that apply, honest limits and a quote.
Start your orderChoose fabric and seams
We agree fabric, seam type, closures and labelling with you, and send swatches for your team to handle.
Run a pilot
Prototypes arrive in 7 to 10 business days for a wear trial on one line, with your own gloves and respirators.
Bulk with reports
Bulk follows the approved pattern, and each lot ships with its own test documents.
Delivered and traceable
Samples fly first, bulk follows by sea or air, door to door with duties paid.
Frequently asked questions
Which hazard standards do your protective garments meet? | Our technical workwear complies with EN 13034 for Type 6 chemical liquid splash, EN 1149-5 for electrostatic discharge, ISO 13982 for dry particulates, and ISO Class 4-7 cleanroom requirements. Type 6 covers light splash and spray rather than pressurised jets, so tell us about the actual task and we will help you choose a garment that matches the real exposure on your site.
What is the starting MOQ for specialised protective clothing?
Pilots start from 50 units per style. That lets pharmaceutical sites, cleanrooms and chemical plants run a technical pilot on one line without building up excess stock. Sizes from S to 5XL can be mixed within the order, so the pilot fits your whole team.
Can you supply compliance certificates for each production batch?
Yes. Every batch comes with lab documents covering chemical repellency, surface resistivity and particle emission levels. Results are tied to the fabric roll and cutting batch, so you can trace any garment if a question comes up later in an audit or inspection.
How long does a protective workwear order take?
Technical prototypes are made within 7 to 10 business days. Bulk production is completed within 18 to 25 business days after you approve the sample. You get dates for each stage up front, with photos as the order moves through production and packing.
How do anti-static carbon filaments actually work?
We weave continuous conductive carbon filaments in a 5mm by 5mm grid through the fabric. The grid spreads static charge and releases it to earth before it can build into a spark, which matters in volatile atmospheres. That protection is part of the cloth itself, so it holds through repeated laundering.
Which seams work best for chemical splash?
We recommend ultrasonic-welded or heat-sealed taped seams, because they fully cover the needle holes left by stitching. That stops corrosive liquids and hazardous particles getting through the seam line, which is where standard garments usually let protection down.
What quality checks do you run on protective workwear?
Every lot goes through multi-stage AQL 2.5 audits, including surface resistivity testing, liquid repellency spray tests and seam bursting pressure checks. Checks begin with shrinkage tests on raw yardage and end with measurement audits on finished garments, so each lot matches your approved pilot.
How do you ship garments that must stay clean?
We ship worldwide door to door on DDP terms by air express or sea freight. Garments can be individually vacuum-sealed or packed in double cleanroom polybags so they stay clean in transit. Validation samples usually fly first, and bulk follows once your safety team signs off.
Custom protective workwear at a single glance
| Starting order | 50 units per style for pilots |
|---|---|
| Cleanroom ready | ISO Class 4-7 compatible |
| Static control | Continuous carbon grid woven through fabric |
| Full lot traceability | Test reports with every batch |
| Ready to protect your teams on site properly? |
Send your hazard review and garment list. We will reply with options, a quote and a pilot date.
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